Monitoring of antibiotic residues in muscles, milk and eggs of food-producing animals in Umbria and Marche regions (Central Italy) during the period time 2012-2021.

Cinzia Pagano, Matteo Puccetti, Luana Perioli, Anna Imbriano, Cristiano Carloni, Irene Diamanti, Ivan Pecorelli, Laura Fioroni
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Abstract

Introduction: The use of antibiotics in food-producing animals for infections treatment, metafilaxis and, although not allowed in Europe, as growth enhancer is responsible for the presence of antibiotic residues in animal derived foodstuffs. For this reason, it is very important to perform a monitoring.

Methods and results: Muscle samples from bovine, pig, poultry, turkey and fish, as well as bovine milk and hen's egg samples, deriving from 444 farms of both Umbria and Marche regions (Italy) were analyzed by well-established and validated analytical methods in order to evaluate the presence or not of antibiotic residues (penicillins, quinolones, tetracycline and sulphonamides). The samples were collected during 2012-2021 period of time. In total, 15/2,354 samples resulted positive to the analyses. The amount of antibiotics found in the 15 samples resulted below the maximum residue limit fixed by EU Regulation 37/2010 and for this reason considered compliant.

Conclusions: Despite irregular samples were not found, the presence of antibiotic residues in foodstuff represents a risk for public health as they are responsible for the selection of resistant strains contributing to antimicrobial resistance problem spread. In the present work, this aspect was evaluated in relation to the results obtained from the analyzed samples coming from Umbria and Marche regions.

2012-2021年期间翁布里亚和马尔凯大区(意大利中部)食用动物肌肉、牛奶和鸡蛋中的抗生素残留监测。
在食品生产动物中使用抗生素用于感染治疗,metafilaxis以及作为生长促进剂(尽管在欧洲不允许),是导致动物源性食品中存在抗生素残留的原因。出于这个原因,执行监视非常重要。方法和结果:对来自翁布里亚和马尔凯地区(意大利)444个农场的牛、猪、家禽、火鸡和鱼的肌肉样本以及牛奶和鸡蛋样本进行分析,采用完善和有效的分析方法,以评估抗生素残留(青霉素类、喹诺酮类、四环素和磺胺类)的存在与否。样本于2012-2021年期间收集。总共有15/ 2354个样本的分析结果为阳性。在这15个样本中发现的抗生素数量低于欧盟法规37/2010规定的最大残留限量,因此被认为是合格的。结论:尽管没有发现不规则的样品,但食品中抗生素残留的存在对公共卫生构成风险,因为它们负责选择耐药菌株,从而导致抗菌素耐药性问题蔓延。在目前的工作中,这方面的评估与来自翁布里亚和马尔凯地区的分析样品的结果有关。
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